Samsung has been a company that has been on the forefront of innovation for a long time. In fact, they’re ranked as one of the top 25 most innovative tech companies in the world today. Their innovations include their leading edge in research and development for the 5G network and small and mid-sized OLED displays.
Top 25 most innovative tech companies
Samsung Patent Innovations ranks as one of the top tech companies in the world. This South Korean electronics titan earned the title of the most patent-awarding company in 2017. In addition, Samsung led the annual IFI Top 50 patent earners.
Its success in developing cutting-edge tech is a testament to its focus on partnerships and collaboration. As a result, it prioritizes areas like semiconductors, hybrid cloud, and artificial intelligence.
One of the most important things that companies can do is to maintain their innovative edge. In fact, some of the best innovators in the world are not companies with a huge workforce. They are companies that can adapt to their customers’ changing needs.
To help keep their innovation strength intact, companies must continue to grow. One of the most successful examples of this is Dropbox. The company started with a simple file-hosting service, but now it has over 700 million registered users in 180 countries. Founded by Drew Houston and Arash Ferdowski, Dropbox has a market cap of over $8 billion.
Another example is Zscaler, which operates the largest cloud security platform in the world. It protects thousands of enterprises and government agencies from cyberattacks. It was recently named one of the top cloud services by Forbes.
In addition to protecting thousands of enterprises from data loss, the company has a growing presence in the Internet of Things (IoT) space. Using NuCurrent technology, it has been able to boost the performance of near-field communications technologies. Thousands of companies around the globe rely on its cloud and enterprise solutions.
Other notable companies are Adobe, which serves millions of users across the globe with its multimedia software and creativity solutions; Intel, which is a leading chip maker; and Zoho, which offers web-based business tools and an Internet of Things management platform.
Overall, the top tech companies are making their mark on the software industry. Some are multinational giants, while others are startups. By delivering value to customers, these companies are transforming the industry.
Companies that are making their mark include Dropbox, Slack, UiPath, and Zoho. These companies are leading the charge for software innovation. Whether they are creating software to help people be more productive, or introducing new technologies to help reinvent the way we do business, these companies are delivering great value to their customers.
Leading the pack in 5G research and development
Samsung is a leading company in wireless technology, especially 5G research and development. The company has been in the forefront of many key global 5G initiatives. They lead a number of collaborations with academics and industrial partners. These partnerships have led to the development of various products and solutions. For example, the company’s baseband unit has been designed to offer improved performance, increased capacity, and flexibility.
In addition, Samsung is involved in a number of 5G standardization efforts. It coordinates the industry-led 5G PPP mmMAGIC consortium and is a member of the Steering Board of European 5G PPP projects of Horizon 2020. It also serves as executive board member of the 5G Forum in Korea.
Samsung also leads research in cloud and network function virtualisation (NFV) solutions and analytics for self-organising networks. Additionally, Samsung has a baseband unit that supports both 4G and 5G frequencies in a single unit. This is expected to help reduce the overall cost of network management.
Younsun Kim, Ph.D., joined Samsung in 1999 and leads the company’s physical layer standardization of wireless communications. He previously worked on cdma2000, CDMA, and 3G standards, and is currently leading physical layer standardization for 5G-Advanced.
Guangyi Liu, Ph.D., has been responsible for the development of the 5G eMBB and TD-LTE programs. She has also been the vice chair of the THz and mm-wave industry alliance and has acted as a coordinator of the Global TD-LTE Initiative.
Younsun Kim will lead physical layer standardization for 5G-Advanced. He was a visiting scholar at Stanford University and has written several books and papers on mobile communications. Currently, he is a Fellow of IEEE and is working on preparation for future technologies.
Juho Lee, Ph.D., is vice chairman of the RAN WG1 in the 3GPP, as well as a fellow of IEEE. His work has led to numerous publications and patents. As a former senior manager of 3G, 4G, and 5G technologies at Samsung, he is a leading expert on the latest wireless technology.
Jin Yang, Ph.D., is a leading researcher and architect of next-generation wireless network architectures. He has been involved in many commercialization efforts of LTE networks and has co-authored six books on mobile communications. Previously, he had served as a senior engineer at China Mobile and Siemens (Now Nokia).
Leading the pack in small-and-mid-sized OLED display industry
The display industry has recently seen a spate of new terms. There’s microLED, miniLED and quantum dot. Besides the acronyms, there’s also a new gizmo to boast about, a new algorithm that optimises the colour brightness of RGB pixels.
Organic light-emitting diodes (OLEDs) have come a long way since they first hit the market 30 years ago. They’re now valued for their potential for a variety of applications, from lighting to displays. In fact, these devices are the subject of a number of patents and publications.
One of the simplest and earliest ways to implement OLEDs is in thin and light displays. This allows a wide viewing angle and high contrast ratios. However, it’s important to note that these devices require complex production processes. A good example is microLED displays, which use small LEDs to produce deep blacks.
As the OLED display market continues to grow, there’s an increasing focus on developing unique products. To that end, Samsung Display announced a performance-enhancing improvement for its Quantum Dot OLED technology for 2023. Specifically, the company claims that its 2023 QD OLED panels can reach peak brightness of 2000 nits, a big step up from the 1500 nits that its current wooLEDs manage.
Another innovation is the integration of a neural network brain into the display’s power management algorithms. It’s called IntelliSense AI, and it’s a good example of how the industry is trying to find better ways to optimize and increase the power efficiency of their displays.
Other improvements to the QD OLED include a new material to improve the brightness of the blue emitting layer. According to Samsung, this improvement ensures cleaner color results.
These improvements come on the heels of the release of a new anti-glare filter design, which can deliver more color neutral look to dark scenes in bright lighting conditions. It is also possible that this improvement will help to boost the black levels of its QD OLED screens.
Ultimately, these innovations are just a few of the many advances that have been made to the QD OLED technology. Despite the improvements that the company has made, it appears that there’s still a few challenges ahead. For instance, the high energy of blue light can lead to problems with the device’s longevity.
Leading the pack in TRIZ innovation method
Samsung is one of the leading companies that has been using TRIZ to solve problems. TRIZ is a methodology that involves solving complex issues by eliminating contradictions. The TRIZ method can be used in any industry or environment. This technique is very effective in achieving tangible financial benefits, repeatability and innovation.
Using TRIZ, Samsung has developed an array of products. They use the approach to solve issues involving a variety of parameters, including materials, processes and technologies. TRIZ has helped Samsung to save over $100 million. In fact, Samsung has found that TRIZ has become a bedrock of innovation at the company.
Many companies worldwide have applied the TRIZ method to solve problems. Companies like Rolls-Royce, 3M and Siemens have all used the method. However, not all of them are familiar with the TRIZ concept.
Using a TRIZ approach, Samsung has been able to develop an innovative approach for product design. For example, they have discovered that the volume of packaging can be lowered by 10%, which can help customers to fit more products in a standard container. Another advantage is that it provides a 15% cheaper packaging solution.
Samsung has developed a creative elite, which uses a variety of scouting approaches and corporate tech scouting approaches to identify innovative ideas. Samsung also uses a customer feedback tool to guide the TRIZ problem solving methodology.
The first step in implementing the TRIZ method is defining the problem. After this, a strategic promoter and a technology promotor are selected. A strategic promoter is a person with expertise in planning, organization and supervision. The technology promotor is an outside expert.
Following the analysis, an expert proposes a project. This proposal is supported by management and approved by the organization. Usually, a TRIZ problem solving methodology can be implemented in small and medium-sized enterprises (SMEs). SMEs cannot afford to spend too much time and money on internal R&D.
TRIZ is a very powerful tool for overcoming complex issues. However, it is important to remember that a TRIZ-based approach is not a one-size-fits-all method. It has to be tailored to the company’s needs.
